Wireless self-check temperature and humidity primary tobacco maintenance detecting method

Abstract

Provided is a wireless self-check temperature and humidity primary tobacco maintenance detecting method. Temperature information, humidity information and bar code information detected by a wireless self-check temperature and humidity collector are transmitted to a signal receiving device, the signal receiving device transmits the temperature information, the humidity information and the bar code information to an internet data server through an IP network, the temperature information, the humidity information and the bar code information are transmitted to an intelligent data processing system, the processed temperature information, the processed humidity information and the processed bar code information are transmitted to a terminal server monitoring management platform, storing, monitoring, displaying and early warning are conducted on the temperature information, the humidity information and the bar code information through a computer software technology, and data of the terminal server monitoring management platform are skimmed remotely through a public network. The method achieves remote temperature and humidity detection of large-scale tobacco stacks, mildewing and carbonizing of tobacco leaves are reduced and prevented further, and spontaneous combustion of the tobacco stacks is effectively eliminated.

Description

technical field [0001] The invention relates to the field of monitoring methods, in particular to a wireless self-checking temperature and humidity initial smoke maintenance detection method. Background technique [0002] At present, the methods used in the collection of temperature and humidity in industrial sites cannot fully meet the needs of scientific primary tobacco conservation. The reason is: Tobacco leaves are seasonal agricultural products, and the harvest period is from August to October every year. At that time, various tobacco leaf re-baking enterprises will concentrate on purchasing hundreds of thousands or even more than one million dans of tobacco leaves, and then carry out re-baking processing in batches. Enterprises still have the situation of purchasing and processing at the same time. Restricted by multiple factors of technology and economy, most domestic re-curing enterprises now use the method of stacking and storing tobacco leaves to be re-cured (herei...

AI Technical Summary

Problems solved by technology

Due to the huge amount of tobacco leaves to be collected and stored, and the origin, grade, and moisture content are different, the storage objects in the cargo locations also change. This method of manually collecting the temperature and humidity of tobacco stacks is becoming more and more backward, which is reflected in low efficiency, poor real-time performance, and missing measurements. High rate, insufficient comprehensiveness, little contribution to improving management, backward technology, etc.

Obviously in this case, the method of measuring temperature and humidity with wired layout is also inappropriate

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